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coriolis/oroshi/python/__init__.py

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Anlog integration part I. Atomic devices support (transistors). * Change: In boostrap, remove support for Chams. * New: In Hurricane::Technology, added support for DTR rules, UnitRule, PhysicalRule and TwoLayersPhysicalrule. Added devices descriptors and models descriptors (for Spice). Spice description is not used yet but kept anyway in case of future use. * New: Hurricane::Analog whole library and it's Python interface. This provides support for transistors, capacitors and resistors. Only transistor support is fully implemented as of now. * New: In CRL/python/coriolisInit.py, read configuration files for the Analog extension (analog.conf & devices.conf). Thoses are optionals and a simple warning is issued if not found. Added helpers/AnalogTechno.py DTR loading helper. Add analog configuration files for 180/scn6m_deep_09. * New: Oroshi tool that provides actual layout drawing for transistors.
2018-10-01 09:52:17 -05:00
from Hurricane import DbU
from Hurricane import DataBase
More PEP8 compliant Python code. Start rewrite Python/C++ wrappers. * Change: In CRL/helpers, cumulus/plugins, oroshi & karakaze, Move towards more Python PEP8 compliance: * All indentations sets to 4 spaces (in progress). * In plugins, remove messages about software collections and RHEL (too many case could wrongly lead to that). Instead systematically uses "helpers.io.catch()". * Put in lowercases all modules names. Note that C++ exported modules *keep* their Capitalized names (to preserve the identity with the C++ namespace). * When making import, use full path. * Rename the run function from "ScriptMain()" to "scriptMain()". * Cleanup: In CRL/etc, remove obsoleted configuration files, the one ending in ".conf". Keep those who have not been ported to the new style yet. * New: In Hurricane/src/configuration, first trial at replacing the C preprocessor macros by C++ templates. Applied first to configuration from VLSISAPD. This is unfinished business, just a limited demonstrator for now. It is installed as a separate Python library "Cfg2" which do not interact with the rest of Coriiolis. The end goal is to fully remove boost and merge VLSISAPD useful components directly inside Hurricane.
2020-04-08 04:24:42 -05:00
import oroshi.dtr
Anlog integration part I. Atomic devices support (transistors). * Change: In boostrap, remove support for Chams. * New: In Hurricane::Technology, added support for DTR rules, UnitRule, PhysicalRule and TwoLayersPhysicalrule. Added devices descriptors and models descriptors (for Spice). Spice description is not used yet but kept anyway in case of future use. * New: Hurricane::Analog whole library and it's Python interface. This provides support for transistors, capacitors and resistors. Only transistor support is fully implemented as of now. * New: In CRL/python/coriolisInit.py, read configuration files for the Analog extension (analog.conf & devices.conf). Thoses are optionals and a simple warning is issued if not found. Added helpers/AnalogTechno.py DTR loading helper. Add analog configuration files for 180/scn6m_deep_09. * New: Oroshi tool that provides actual layout drawing for transistors.
2018-10-01 09:52:17 -05:00
rules = None
class Flag ( object ):
StandardRules = 0x0001
MIMRules = 0x0002
AllRules = StandardRules|MIMRules
def getRules ():
global rules
if not rules:
More PEP8 compliant Python code. Start rewrite Python/C++ wrappers. * Change: In CRL/helpers, cumulus/plugins, oroshi & karakaze, Move towards more Python PEP8 compliance: * All indentations sets to 4 spaces (in progress). * In plugins, remove messages about software collections and RHEL (too many case could wrongly lead to that). Instead systematically uses "helpers.io.catch()". * Put in lowercases all modules names. Note that C++ exported modules *keep* their Capitalized names (to preserve the identity with the C++ namespace). * When making import, use full path. * Rename the run function from "ScriptMain()" to "scriptMain()". * Cleanup: In CRL/etc, remove obsoleted configuration files, the one ending in ".conf". Keep those who have not been ported to the new style yet. * New: In Hurricane/src/configuration, first trial at replacing the C preprocessor macros by C++ templates. Applied first to configuration from VLSISAPD. This is unfinished business, just a limited demonstrator for now. It is installed as a separate Python library "Cfg2" which do not interact with the rest of Coriiolis. The end goal is to fully remove boost and merge VLSISAPD useful components directly inside Hurricane.
2020-04-08 04:24:42 -05:00
rules = oroshi.dtr.Rules( DataBase.getDB().getTechnology() )
Anlog integration part I. Atomic devices support (transistors). * Change: In boostrap, remove support for Chams. * New: In Hurricane::Technology, added support for DTR rules, UnitRule, PhysicalRule and TwoLayersPhysicalrule. Added devices descriptors and models descriptors (for Spice). Spice description is not used yet but kept anyway in case of future use. * New: Hurricane::Analog whole library and it's Python interface. This provides support for transistors, capacitors and resistors. Only transistor support is fully implemented as of now. * New: In CRL/python/coriolisInit.py, read configuration files for the Analog extension (analog.conf & devices.conf). Thoses are optionals and a simple warning is issued if not found. Added helpers/AnalogTechno.py DTR loading helper. Add analog configuration files for 180/scn6m_deep_09. * New: Oroshi tool that provides actual layout drawing for transistors.
2018-10-01 09:52:17 -05:00
return rules
def toNano ( value ): return DbU.toPhysical( value, DbU.UnitPowerNano )
def toMicro ( value ): return DbU.toPhysical( value, DbU.UnitPowerMicro )
def toUnity ( value ): return DbU.toPhysical( value, DbU.UnitPowerUnity )
def adjustOnGrid ( unit, mode='upper' ):
if mode == 'upper': return DbU.getOnPhysicalGrid(unit, DbU.SnapModeSuperior)
elif mode == 'lower': return DbU.getOnPhysicalGrid(unit, DbU.SnapModeInferior)
elif mode == 'near' : return DbU.getOnPhysicalGrid(unit, DbU.SnapModeNearest )
else:
print '[ERROR] oroshi.adjustOnGrid(): "%s" is not a valid mode.' % mode
print ' ("upper", "lower" or "near")'
return 0